This article presents a continuous adjoint-enabled, gradient-based optimization tool for multi-
point, multi-objective industrial optimization problems and its application to the shape …

The head shape of a high-speed maglev train was optimized in this study, based on the
adjoint method, ‌and the aerodynamic drag of four optimized train models were simulated …

In the present work, a duct geometry is optimized to reduce the flow distortion using adjoint
method. The S-duct geometry is from AIAA Propulsion and Aerodynamics Workshop (PAW …

The flow capacity of the intake port has a great influence on the charging efficiency of the
internal combustion engine, affecting the engine's performance, so it is critical to improve the …

The optimization of Venturi mixers in burners is critical for enhancing combustion efficiency
and minimizing emissions. In this study, we utilize the adjoint method to analyze and refine …

In order to achieve the purpose of saving energy and reducing emission, the improvement of
aerodynamic performance plays an increasingly crucial role for car manufacturers. Previous …

The air flow velocity field in an internal combustion engine is fundamentally involved in all
aspects of the combustion process, broadly affecting engine performance, including fuel …